WO2018121792A1

WO2018121792A1 - Electronic monitor and control method thereof

Info

Publication number: WO2018121792A1
Application number: PCT/CN2018/070002
Authority: WO
Inventors: 梁泰然
Original assignee: 梁泰然
Priority date: 2016-12-30
Filing date: 2018-01-01
Publication date: 2018-07-05
Also published as: CN106846720A

Abstract

An electronic monitor and a control method thereof are provided. The electronic monitor comprises a monitoring end (1) and at least one monitored end (2). The monitored end (2) is disposed on a portable body. The monitoring end (1) comprises a signal receiving module (11), a first main control module (12), and a first alarm module (13). The signal receiving module (11) and the first alarm module (13) are both connected to the first main control module (12). The monitored end (2) comprises a signal transmission module (21). Wireless communication between the monitoring end (1) and the monitored end (2) is performed by means of the signal receiving module (11) and the signal transmission module (21). The signal processing and control method mainly comprises: the monitoring end (1) obtaining a signal from the monitored end (2), determining, according to information about the received signal, whether the monitored end (2) is within a preset area, and enabling the alarm module if it is determined that the monitored end (2) is not within the preset area.

Description

Electronic monitor and control method thereof

Technical field

The invention belongs to the technical field of wireless communications, and in particular relates to an electronic monitor and a control method thereof.

Background technique

In life, occasionally I will hear that adults are taking children out, or children playing outside, not paying attention, children may be lost or abducted, or children leave the safe area (such as running to the road) and accidents occur. thing. People may also have the experience that pets are often lost when they go out with their pets. People put their daily necessities at random, but they don't know where to put them when they need them. People often miss items, such as lunch, and the bags are not taken away when they leave the seat. After the thief had stolen the item, he was still unaware. When picking up a child from school, sometimes you can't find a child in the flow of people coming out of the school gate. When people travel collectively, there will be individual people left behind. When diving or snorkeling, people leave the safe area without knowing it. When the above situation occurs, people tend to be overwhelmed and their lives are chaotic. Therefore, designing a device capable of monitoring a person, a pet, or an article becomes an urgent problem to be solved.

Summary of the invention

In view of this, the present invention provides a convenient and practical electronic monitor and a signal processing and control method thereof, which can help people effectively monitor people, pets or articles.

In a first aspect, an embodiment of the present invention provides an electronic monitor, which adopts the following technical solution: an electronic monitor includes a monitoring end and at least one monitored end, and the monitored end is disposed on a portable body;

The monitoring terminal includes a signal receiving module, a first main control module and a first alarm module, and the signal receiving module and the first alarm module are electrically connected to the first main control module;

The monitored terminal includes a signal transmitting module;

The monitoring terminal and the monitored terminal perform wireless communication through the signal receiving module and the signal transmitting module.

Further, the monitoring terminal can adopt a smart device (such as a smart phone).

Further, the alarm module uses a light alarm, a vibration alarm or an audible alarm.

Further, the alarm module may adopt a buzzer or a music playing module when using an audible alarm.

Further, the portable body adopts a wearable body, a fixing strap, a card or a buckle.

Further, the monitoring end adopts a portable body.

Further, the main control module uses a main control board, a single chip microcomputer, a PLC, an embedded system, an embedded microcontroller, an embedded microprocessor, a digital signal processor (DSP), a system on a chip (SOC), or a logic circuit.

Further, the logic circuit is implemented by a relay, a contactor, an AND gate, an OR gate, a NOT gate, a NOR gate, an XOR gate, a NAND gate or a NOR gate.

Further, a first power supply module (such as a battery) may be disposed in the monitoring terminal, or an external power supply module (such as a charging treasure or a power cable) may be used for power supply.

Further, the power supply module can be powered by a battery, a power source, a light kinetic energy, a mechanical pendulum, a solar panel, or a light panel (such as a nano-light panel).

Further, a second power supply module (such as a battery) may be disposed in the monitored terminal, or an external power supply module (such as a charging treasure or a power cable) may be used for power supply.

Further, a timing module is disposed in the monitoring terminal.

Further, the power of the signal transmitting module is adjustable.

Further, the signal transmitting module may adopt two or more signal transmitting modules with fixed or different powers, and the communication distance or the preset area range may be changed by switching signal transmitting modules of different powers.

Further, a second main control module is further disposed in the monitored terminal.

Further, the monitored end is a wearing body, and a conductor is disposed in the belt body of the wearing body, and the conductor is connected to the second main control module.

Further, a second alarm module is further disposed in the monitored terminal.

Further, a display module is further disposed in the monitoring end.

Further, the display module takes the form of an indicator light or a display screen.

Further, a display module is disposed in the monitored terminal.

Further, a switch is disposed in the monitoring end.

Further, the switch can employ a physical switch or a virtual switch displayed on the screen.

Further, a switch is disposed in the monitored terminal.

Further, a memory may also be disposed in the monitoring terminal 1 or the monitored terminal 2. In order to meet the needs of the system operation or improve its performance.

Further, the signal transmitting module and the signal receiving module both adopt a wireless transceiver module.

Further, the wireless transceiver module uses a wireless transceiver chip.

Further, the power of the wireless transceiver module is adjustable.

Further, a timing module is further disposed in the monitored terminal.

Further, the signal transmitting module, the signal receiving module, and the wireless transceiver module may all be in the form of a Bluetooth module or a wifi module.

Further, the signal transmitting module, the signal receiving module or the wireless transceiver module further includes a SIM card module.

Further, an active alarm module is further disposed in the monitored terminal.

Further, an encryption module is further disposed in the monitored terminal, the encryption module is connected to the second main control module, and the decryption module is further disposed in the monitoring terminal, where the decryption module is connected to the first main control module. .

Still further, the encryption module and the decryption module take the form of an encryption chip and a decryption chip.

Further, a filter is further disposed in the monitoring end.

Further, a filter is further disposed in the monitored terminal.

Further, a voice module is further disposed in each of the monitoring terminal and the monitored terminal.

Further, the voice module employs a voice intercom component.

Further, the signal transmitting module, the signal receiving module or the wireless transceiver module further comprises a wireless network module.

Further, a reset module is further disposed in the monitoring terminal.

Further, a reset module is further disposed in the monitored terminal.

Further, a reset command generating module is further disposed in the monitoring terminal.

Further, the electronic monitor further includes a separately arranged signal relay module, and the signal relay module includes a third main control module, a third power supply module, and a wireless transceiver module.

Further, the number of the signal relay modules may exceed one.

Further, a positioning module is further disposed in the monitored terminal.

Still further, the positioning module uses GPS, Wifi, base station or gravity sensing positioning.

Further, a positioning module is further disposed in the monitoring end.

Further, a second main control module, a display module and an electronic compass are further disposed in the monitored terminal.

Further, a display module and an electronic compass are further disposed in the monitoring end.

Further, a display module, an electronic compass, and a radio direction finding module are further disposed in the monitoring end.

Further, the electronic monitor further includes a separately set tracking monitoring module, and the tracking monitoring module includes a radio direction finding module, a camera module, a fourth power supply module, and a fourth main control module.

Further, the camera module employs a surveillance camera device.

Further, the number of the tracking monitoring modules may exceed one.

Further, a sensing module is disposed in the monitored terminal.

Further, the monitored end is a wearing body, and the conductor body of the wearing body is provided with a conductor, and the conductor is connected to the sensing module in the monitored end.

Further, the sensing module in the monitored terminal is connected to the portable body.

Further, the sensing module in the monitored terminal is disposed on the portable body.

Further, the sensing module uses a pressure detecting module, a tension detecting module, a current detecting module, a logic circuit, a relay, a contactor or a wear detecting module.

Still further, the pressure sensing module employs a pressure sensor.

Still further, the tension detecting module employs a tension sensor.

Still further, the current detecting module employs a current detecting circuit.

Still further, the logic circuit is implemented by a relay, a contactor, an AND gate, an OR gate, a NOT gate, a NOR gate, an XOR gate, a NAND gate or a NOR gate.

Further, the wear detecting module adopts a pressing sensing module, a capacitive touch sensing module, a temperature detecting module, a magnetic sensing module, a distance detecting module, a conductive connecting member or a tension sensor.

Further, the sensing module is connected to the second main control module.

Further, a sensing module is disposed in the monitoring end, and the sensing module is connected to the first main control module.

Further, a voice input module and a voice processing module are further disposed in the monitored terminal.

Further, a voice input module and a voice processing module are further disposed in the monitoring terminal.

Further, a password protection module is disposed in the portable body or the monitored terminal, and the password protection module is connected to the second main control module.

Further, the password protection module can adopt a manual password input method, a voice password input method, an IC card and a card reader to obtain a password release manner, and a fingerprint recognition method.

Further, a password protection module is further disposed in the monitoring terminal.

Further, a password protection module is disposed in the portable body.

Further, an anti-theft module and an anti-theft module driving circuit are disposed in the monitored terminal, and the anti-theft module is connected to the second main control module through the anti-theft module driving circuit.

Further, the anti-theft module and the anti-theft module driving circuit adopt a dyeing module and a dyeing module driving circuit, an irritating spray module and an irritating spray module driving circuit, a shock module and a shock module driving circuit or a glare light module and a glare Dazzling light module drive circuit.

Further, an anti-theft module and an anti-theft module driving circuit are disposed in the monitored terminal, and the anti-theft module is connected to the sensing module through the anti-theft module driving circuit.

Further, an anti-theft module and an anti-theft module driving circuit are further disposed in the monitoring end.

Further, a card punching module is further disposed in the monitored terminal, and a recording module is disposed in the monitoring terminal, and the punching module cooperates with the recording module to implement a punching and recording function.

Further, a camera module is further disposed in the monitored terminal, and the camera module is electrically connected to the second master module.

Further, a flash is also provided in the monitored terminal.

Further, the camera module is a miniature camera.

Further, the camera module includes two or more cameras to make the shooting range wider.

Further, one or more expansion modules may be further disposed in the signal relay module, and the expansion module includes a sensing module, a SIM card module, a wireless network module, a camera module, a password protection module, a filter, or an alarm module. The expansion module is connected to the third main control module. When the sensing module is provided, one or more anti-theft modules and anti-theft module driving circuits may be further provided, and the anti-theft module and the anti-theft module driving circuit include a dyeing module and a dyeing module driving circuit, an irritating spray module and an irritating spray module. The driving circuit, the electric shock module and the electric shock module driving circuit or the glare flashing light module and the glare flashing light module driving circuit are connected to the third main control module or the sensing module through the anti-theft module driving circuit.

Further, when the wireless transceiver module is disposed in the tracking monitoring module, one or more expansion modules may be further provided, and the expansion module includes a sensing module, a sim card module, a wireless network module, a password protection module, a filter, or The alarm module is connected to the fourth main control module. When the sensing module is provided, one or more anti-theft modules and anti-theft module driving circuits may be further provided, and the anti-theft module and the anti-theft module driving circuit include a dyeing module and a dyeing module driving circuit, an irritating spray module and an irritating spray module. The driving circuit, the electric shock module and the electric shock module driving circuit or the glare flashing light module and the glare flashing light module driving circuit are connected to the fourth main control module or the sensing module through the anti-theft module driving circuit.

Further, a wireless charging module is further disposed in the monitoring terminal or the monitored terminal.

Further, a motion step module is further disposed in the monitored terminal.

Further, when the monitoring end is a portable body, a motion counter module is further disposed in the monitoring end.

Further, when the monitoring end is a portable body, the monitoring end is further provided with a motion step module.

Further, the monitored end is waterproof.

Further, the monitoring end is waterproof.

In a second aspect, an embodiment of the present invention provides a signal processing and control method for another electronic monitor, including:

The monitoring terminal acquires a signal from the monitored terminal;

The monitoring terminal determines whether the monitored terminal is in a preset area (range) according to the received signal condition;

When it is determined that the monitored terminal is not within the preset range, the first alarm module is activated;

Further, the situation of false positives is reduced by setting a timing module.

Further, the monitored terminal changes the preset range by adjusting the signal transmission power.

Further, an encryption module is disposed in the monitored terminal, and a decryption module is disposed in the monitoring terminal, and the signal is encrypted to prevent the simulated operation of the electronic monitor from being interfered by another person.

Further, when there are multiple monitored terminals, the monitored terminal can send the signal with its own ID code to facilitate the monitoring terminal to determine which monitored terminal the signal comes from.

Further, when the two-way communication is adopted, the monitored terminal can also monitor the monitoring terminal.

With reference to the second aspect, the embodiment of the present invention provides another implementation manner: when it is determined that the monitored terminal is not within the preset range or the signal of the monitored terminal is not received, the first alarm module is not activated; When the monitoring terminal enters the preset range or receives the signal of the monitored terminal, the first alarm module is activated.

Further, different reminders are used to remind the user that the distance between the monitoring terminal and the monitored terminal is getting closer or further away.

In combination with the second aspect, the implementation may also be:

Two or more monitoring terminals simultaneously monitor the monitored terminal. In this case, the monitoring terminals communicate with each other through the wireless transceiver module, the sim card, and the network module or the wireless network module. The first alarm module does not start as long as it is determined that the monitored terminal is within a preset range of at least one of the monitoring terminals.

In another aspect, an embodiment of the present invention provides a signal processing and control method for another electronic monitor, including:

The monitoring terminal 1 acquires a signal from the monitored terminal 2;

The monitoring terminal 1 determines whether the monitored terminal 2 is near the monitoring end according to the condition of receiving the signal;

When it is judged that the monitored terminal is near the monitoring end, the first alarm module is started.

Further, after the monitored terminal 2 establishes communication with the monitoring terminal 1, the first alarm module reminds the user that the distance between the monitoring terminal 1 and the monitored terminal 2 is getting closer or further away in different reminding manners.

Further, the monitoring end records the monitored end that has arrived at the side by punching and recording.

The preset protection range is changed by adjusting the power of the signal transmitting module or the wireless transceiver module to change the effective transmission distance or signal strength.

Detecting the force condition or electrical signal of the monitored terminal by setting the sensing module;

Judging whether the guarded end is damaged or illegally released according to the force situation or electrical signal;

When the judging module judges YES, the alarm module is activated or the guardian is notified by sending a wireless signal or the dyeing module is started.

Further, the monitored end is in the form of a wearable body.

Further, the dyeing module can be replaced with a camera module.

Further, the dyeing module can be replaced with a shock module.

Determine whether the monitored terminal is in a dangerous situation;

Whether the dangerous situation is based on whether the ward is leaving the preset range or whether the ward is damaged or illegally released;

If it is judged that the monitored terminal is in a dangerous situation, start the dyeing module.

Further, the monitored end is in the form of a wearable body.

Further, the dyeing module can be replaced with a camera module.

Further, the dyeing module can be replaced with a shock module.

In the following, only some of the modules employed in the present invention are listed as preferred, but the scope of protection is not limited thereto:

The main control module used in the present invention can adopt a main control board, a single chip microcomputer, a PLC, an embedded system, an embedded microcontroller, an embedded microprocessor, a digital signal processor (DSP), a system on a chip (SOC), or a logic circuit. form.

The logic circuit used in the present invention can be implemented by a relay, a contactor, an AND gate, an OR gate, a NOT gate, a NOR gate, an XOR gate, a NAND gate or a NOR gate.

The power supply module used in the present invention can be in the form of a battery, a power source, a light kinetic energy, a mechanical pendulum power supply, a solar panel or a light energy panel (such as a nano-light panel).

The alarm module used in the invention can be in the form of a light alarm, a vibration alarm or an audible alarm.

The signal transmitting module and the signal receiving module used in the invention can all adopt a wireless transceiver module.

The signal transmitting module, the signal receiving module or the wireless transceiver module used in the invention can all adopt a Bluetooth module or a wifi module.

The signal transmitting module, the signal receiving module or the wireless transceiver module used in the present invention may comprise a SIM card module.

The signal transmitting module, the signal receiving module or the wireless transceiver module employed by the present invention may comprise a wireless network module.

The positioning modules used in the present invention can all be positioned by GPS, Wifi, base station or gravity sensing.

The sensing module used in the present invention can all adopt a pressure detecting module, a tension detecting module, a current detecting module, a logic circuit, a relay, a contactor or a wear detecting module.

The wear detecting module used in the present invention can adopt a pressing sensing module, a capacitive touch sensing module, a temperature detecting module, a magnetic sensing module, a distance detecting module, a conductive connecting member or a tension sensor.

The anti-theft module and the anti-theft module driving circuit used in the invention can adopt the dyeing module and the dyeing module driving circuit, the irritating spray module and the irritating spray module driving circuit, the electric shock module and the electric shock module driving circuit or the glare flashing light module and the strong Light flashing light module drive circuit.

The invention adopts the above technical solution, and has the following advantages: by setting the monitoring end and the monitored end, the first main control module, the signal receiving module and the first alarm module are set in the monitoring end, and the signal transmitting module is set in the monitored end, Wireless communication is possible between the monitoring terminal and the monitored terminal. The invention is convenient and practical, can ensure the reliability of information transmission, and can help people effectively monitor people, pets or articles.

DRAWINGS

1 is a schematic structural view of an electronic monitor provided in an embodiment of the present invention.

Fig. 2 is a view showing an example of a conductor in a belt body of the wearing body.

3 is an illustration of a wearable body including a current sensing module.

4 is an illustration of a wearable body including a tension detecting module.

Fig. 5 is a view showing an example in which the wearing body includes a dyeing module or an irritating spray module, and the discharge port is on the side.

Fig. 6 is a view showing an example in which the wearing body includes a dyeing module or an irritating spray module, and the discharge port is above.

Figure 7 is an illustration of a wearable body including a dye module or a stimulating spray module and a sensing module.

8 is an illustration of a wearable body including a staining module or a stimulating spray module and a sensing module, and the sensing module is a current detecting module.

9 is an illustration of a wearable body including a dyeing module or an irritating spray module and a sensing module, and the sensing module is a tensile testing module.

Figure 10 is an illustration of a wearable body including a shock module.

Figure 11 is another illustration of a wearable body including a shock module.

12 is an illustration of a wearable body including a shock module and a sensing module.

FIG. 13 is an exemplary diagram in which the wearing body includes a shock module and a sensing module, and the sensing module is a current detecting module.

14 is a diagram showing an example in which the wearing body includes a shock module and a sensing module, and the sensing module is a tensile detecting module.

15 is a diagram showing an example in which a wearable body includes a camera module.

16 is a diagram showing an example in which a wearable body includes a camera module and a sensor module.

17 is a diagram showing an example in which the wearable body includes a camera module and a sensor module, and the sensor module is a current detecting module.

18 is a diagram showing an example in which the wearable body includes a camera module and a sensor module, and the sensor module is a tension detecting module.

In the figure: 1, the monitoring terminal; 11, the signal receiving module; 12, the first main control module; 13, the first alarm module; 2, the monitored terminal; 21, the signal transmitting module.

detailed description

The invention will now be described in detail in conjunction with the drawings and embodiments.

As shown in FIG. 1, the present invention provides an electronic monitor comprising a monitoring terminal 1 and at least one monitored terminal 2. The monitored terminal 2 is disposed on a portable body.

The monitoring terminal 1 includes a signal receiving module 11, a first main control module 12, and a first alarm module 13. The signal receiving module 11 and the first alarm module 13 are all electrically connected to the first main control module 12.

In the above embodiment, the monitoring terminal 1 can be in the form of a smart device such as a smart phone.

In the above embodiment, the alarm module uses an audible alarm, a light alarm or a vibration alarm to perform an alarm. Different alarm methods can meet the needs of different situations.

Further, when the alarm module adopts the audible alarm mode, a buzzer or a music playing module can be used. The music player module can play user preset music or pre-stored recordings.

Furthermore, the alarm module can use an indicator light or a flash when using a light alarm.

Furthermore, the vibration module (vibrator) can be used when the alarm module uses the vibration alarm.

The monitored terminal 2 includes a signal transmitting module 21.

The monitoring terminal 1 and the monitored terminal 2 perform wireless communication through the signal receiving module 11 and the signal transmitting module 21. The monitoring terminal 1 is used by the guardian, and the monitored terminal 2 is used by the monitored object. If the object to be monitored is an item, the monitored terminal 2 may be placed together with the monitored item or installed on the monitored item (middle).

The signal receiving module 11 on the monitoring terminal 1 transmits the received wireless signal to the first main control module 12. The first main control module 12 determines whether the monitored terminal 2 is within a preset range according to the received wireless signal. If not within the preset range, the first main control module 12 controls the first alarm module 13 to perform an alarm, thereby prompting the monitoring. Terminal 1, it is convenient for the monitoring terminal 1 to process the monitoring event at the first time. The embodiment may also be that when the monitored terminal 2 enters the communication range or the preset range of the monitoring terminal 1, the monitoring terminal 1 may remind the guardian (for example, the guardian may apply to the guardian when the child picks up the school, the child comes out of the school, possibly It is not easy to find each other because of a large number of people. This embodiment can remind the guardian that the child is nearby when the child is close. Similarly, if the monitored terminal 2 can receive the signal from the monitoring terminal 1, the monitored terminal 2 can also remind the child that the adult is nearby. Further, depending on the distance change (signal strength change) between the monitoring terminal 1 and the monitored terminal 2, different alarm modes can be issued to distinguish whether the two are close to each other or far away from each other.

Further, it is also possible to inform the monitoring terminal 1 about the condition of the monitored terminal 2 by wireless communication, such as power, signal strength, and the like.

In the above embodiments, for ease of use and cost saving, the portable body may be in the form of a wearable body, a fixing strap, a card or a buckle for ease of use and cost saving.

In the above embodiment, the monitor end 1 can be in the form of a portable body in order to be convenient to use and cost-effective.

In the above embodiment, the main control module can adopt a main control board, a single chip microcomputer, a PLC, an embedded system, an embedded microcontroller, an embedded microprocessor, a digital signal processor (DSP), a system on a chip (SOC), or a logic circuit. form.

In the above embodiment, the first power supply module (such as a battery) may be disposed in the monitoring terminal, or an external power supply module (such as a charging treasure or a power cable) may be used for power supply.

Further, the power supply module may be in the form of a battery, a power source, a light kinetic energy, a mechanical pendulum power supply, a solar panel, or a light energy panel (such as a nano-light panel). All of the above are prior art. Different power supply modes can meet different needs and are convenient for users.

In the above embodiment, the second power supply module (such as a battery) may be disposed in the monitored terminal, or may be powered by an external power supply module (such as a charging treasure or a power cable).

In the above embodiment, it is a normal phenomenon that the signal is occasionally affected by the environmental interference. The monitoring terminal 1 is also provided with a timing module set to be within a certain time interval, and continuously determines that the monitored terminal 2 is not within the preset range, and then starts the alarm. Module. Avoid false positives due to occasional environmental disturbances.

In the above embodiment, the power of the signal transmitting module 21 is adjustable, so that the communication distance or the preset area range can be changed as needed.

In the above embodiment, another implementation manner of the power-adjustable signal transmitting module 21 is: the no-signal transmitting module 21 can adopt two or more combinations of signal transmitting modules with fixed or different powers, which can be switched by different Power wireless communication module to change the communication distance or preset area range.

In the above embodiment, the second terminal module is further disposed in the monitored terminal 2.

Further, the monitored end is a wearing body, and a conductor is disposed in the belt body of the wearing body, and the conductor is connected to the second main control module. As shown in Figure 2, to pass

The condition of the electrical signal of the conductor in the strip body is detected to determine whether the monitored end 2 or the wearing body is damaged.

Further, the second main control module can adopt a main control board, a single chip microcomputer, a PLC, an embedded system, an embedded microcontroller, an embedded microprocessor, a digital signal processor (DSP), a system on a chip (SOC), or a logic circuit. form.

In the above embodiment, the second alarm module is further disposed in the monitored terminal 2. When the second alarm module issues an alarm, it can remind the position of the monitoring terminal 2 to be monitored, and can also attract the attention of nearby people. In an embodiment, the second alarm module can be activated actively so that when the user of the monitored terminal 2 finds a danger, the alarm can be actively issued immediately so that the guardian can find the problem earlier.

In the above embodiment, the monitoring terminal 1 is further provided with a display module. Make it easier to use, such as using virtual buttons or viewing information such as signal strength, power, and more.

In the above embodiment, the monitor terminal 2 is further provided with a display module. Make it easier to use, such as using virtual buttons or viewing information such as signal strength, power, and more.

In the above embodiment, the monitor terminal 1 is further provided with a switch to activate or deactivate the system.

Further, the switch can employ a physical switch or a virtual switch displayed on the display screen.

In the above embodiment, the monitored terminal 2 is further provided with a switch to start or shut down the system.

In the above embodiment, memory can also be set in the monitoring terminal 1 or the monitored terminal 2. In order to meet the needs of the system operation or improve its performance.

In the above embodiment, the signal transmitting module 21 and the signal receiving module 11 can all adopt a wireless transceiver module, so that the one-way communication mode can be converted into a two-way communication mode, so that the monitored terminal 2 and the monitoring terminal 1 are mutually monitored. When the two-way communication mode is adopted, the second alarm module can also be disposed in the monitored terminal 2, so that the monitored terminal 2 can also perform an alarm, thereby prompting the position of the monitoring terminal 1 (guardian) to be monitored by the monitoring terminal 2. When the monitored terminal 2 exceeds the preset area of the monitoring terminal 1 or exceeds the communication range, the second main control module controls the second alarm module to perform an alarm to remind the monitored terminal 2 to pay attention to safety.

Further, if the wireless transceiver module is set in the monitored terminal 2 and the monitoring terminal 1, the monitored terminal 2 may have entered the preset range of the monitoring terminal 1 or has entered the communication range of the monitoring terminal 1.

Further, the wireless transceiver module can use a wireless transceiver chip.

Further, the power of the wireless transceiver module is adjustable.

In the above embodiment, the signal transmitting module 21, the signal receiving module 11, and the wireless transceiver module may all adopt a Bluetooth module or a wifi module.

Further, it is a normal phenomenon that the signal is occasionally affected by the environmental interference, and the timing module is also set in the monitored terminal 2 to be within a certain time interval, and it is continuously determined that the monitored terminal 2 is not within the preset range, and then the alarm module is activated. . Avoid false positives due to occasional environmental disturbances.

In the above embodiment, the signal transmitting module 21, the signal receiving module 11 or the wireless transceiver module further includes a SIM card module.

In the above embodiment, the sim card module is disposed in the monitored terminal 2. The monitored terminal 2 can perform functions such as communication, alarm, and positioning through the network. The implementation may be that when the monitored terminal 2 leaves the preset range, the monitored terminal 2 disconnects from the monitoring terminal 1 or the alarm module is activated, the second main control module controls the network module to search for an available network for communication. , alarm, positioning and other functions. This can assist in the search.

In the above embodiment, the sim card module is disposed in the monitoring terminal 1. Communication, alarm, positioning and other functions can be performed through the network.

In the above embodiment, the active alarm module is also provided in the monitored terminal 2. When the active alarm module is activated, the monitored terminal 2 sends an alarm signal to the monitoring terminal 1 to cause the monitoring terminal 1 to issue an alarm. If the monitored terminal 2 has a network function (such as setting a network module or a sim card), it can also send an alarm through the network. In order to detect the danger to the user of the monitored terminal 2, the police terminal 1 can be immediately notified of the alarm, so that the guardian can find the problem earlier.

In the above embodiment, when the monitored terminal 2 is two or more, the monitored terminal 2 transmits a wireless signal with its own ID code, thereby facilitating the monitoring terminal 1 to identify which received terminal 2 the received wireless signal comes from. .

In the above embodiment, in order to ensure the reliability of the signal transmission and prevent others from imitating the signal of the monitored terminal 2, the monitoring terminal 1 mistakenly believes that the monitored terminal 2 is still preset safely after the monitored terminal 2 leaves the preset range. In the area, the problem cannot be found in the first time. The ensoring module 2 is also provided with an encryption module, and the encryption module is connected with the second main control module. The monitoring terminal 1 is also provided with a decryption module, a decryption module and a first main control module. 12 connections.

Further, the encryption module and the decryption module may take the form of an encryption chip and a decryption chip.

In the above embodiment, a filter is further disposed in the monitoring terminal 1 in order to reduce the influence of the surrounding environment on signal transmission and reception.

In the above embodiment, when the monitored terminal 2 adopts the wireless transceiver module, the monitored terminal 2 is further provided with a filter to reduce the influence of the surrounding environment on signal transmission and reception.

In the above embodiment, each of the monitoring end 1 and the monitored end 2 is provided with a voice module. By setting the voice module, the monitored terminal 2 can make a voice connection with the monitoring terminal 1. The embodiment may also be that if the sim card or the network is provided in the monitoring terminal 1 or the monitored terminal 2, voice communication may also be performed through the network. The implementation manner may also be: if the voice module itself does not have a signal transceiving function, the voice communication may be performed by using a signal transmitting module, a signal receiving module, and a wireless transceiver module. The embodiment may also be that the monitored terminal 2 is taken as an example: when the monitored terminal 2 leaves the preset range or the monitored terminal 2 disconnects from the monitoring terminal 1 or the alarm module is activated, the second main control module starts the network. The module searches for available networks and activates the voice module to communicate with the monitor 1 for voice communication, and can assist in finding the location of the electronic monitor through voice communication.

Further, the voice module can employ a voice intercom component.

In the above embodiment, the signal transmitting module, the signal receiving module or the wireless transceiver module further includes a wireless network module.

In the above embodiment, when the wireless network module is set in the monitored terminal 2, it can be connected to the network when it can be connected to a wireless network (such as Wifi), and can perform functions such as communication, alarm, and positioning through the network. The embodiment may also be that when the monitored terminal 2 leaves the preset range, the monitored terminal 2 disconnects from the monitoring terminal 1 or the alarm module is activated, the second main control module controls the wireless network module to search for an available wireless network and Connect, perform communication, alarm, positioning and other functions. This can assist in the search.

In the above embodiment, the wireless network module is disposed in the monitoring terminal 1. When connected to a wireless network (such as Wifi), it will connect to the network, and can communicate, alarm, locate, etc. through the network.

In the above embodiment, if the electronic monitor of the present invention is designed to be activated by the alarm module of the electronic monitor (for example, if the communication between the monitoring terminal 1 and the monitored terminal 2 is problematic or the monitored terminal 2 leaves the preset range, etc.), After the monitoring terminal 1 and the monitored terminal 2 resume normal communication status (such as the communication is re-established or the monitored terminal 2 returns to the preset range, etc.), the alarm module continues to issue an alarm, and the current alarm can be released by setting the reset module.

In the above embodiment, the monitoring terminal 1 is further provided with a reset module, so that the monitoring terminal 1 resets the first alarm module 13 by itself.

In the above embodiment, the monitored terminal 2 is further provided with a reset module, and the reset module is connected to the second main control module. It is convenient for the child to walk out of the preset area. After hearing the reminder, he can walk back and the child can control the alarm module to reset.

In the above embodiment, the monitoring terminal 1 is further provided with a reset command generating module, and the reset command is sent to the signal receiving module (or the wireless transceiver module) of the monitored terminal 2 through the signal transmitting module (or the wireless transmitting and receiving module), and then transmitted to the signal receiving module (or the wireless transceiver module) of the monitored terminal 2 The second main control module controls the second alarm module to perform reset. This method is applied to the monitored terminal 2 that has no active control reset function, or the child walks out of the preset area. After receiving the reminder, he walks back, and the monitored terminal 2 is still issuing an alarm for reminding. The position of the monitoring terminal 1 (guardian) is monitored by the terminal 2. The monitor terminal 1 can remotely issue a reset command for resetting the alarm module.

Further, the implementation manner may further be: when the monitored terminal 2 does not receive the signal of the monitoring terminal 1 or leaves the preset area to make the second alarm module work, when the monitored terminal 2 receives the signal of the monitoring terminal 1 or After returning to the preset area, the monitoring terminal 1 automatically sends a reset command to the signal receiving module of the monitored terminal 2, and then to the second main control module to control the second alarm module to perform reset. This method eliminates manual manual reset.

Further, the implementation manner may further be: when the monitored terminal 2 does not receive the signal of the monitoring terminal 1 or leaves the preset area to make the second alarm module work, when the monitored terminal 2 receives the signal of the monitoring terminal 1 or After returning to the preset area, the second main control module in the monitored terminal 2 automatically controls the reset module to reset the second alarm module. This method eliminates manual manual reset.

Further, the implementation manner may further be that when the monitored terminal 2 does not receive the signal of the monitoring terminal 1 or leaves the preset area to operate the second alarm module, the reset module is in an unusable state, that is, the monitored terminal 2 cannot The second alarm module is reset by itself (unless it returns to the preset area or re-establishes communication with the monitor side 1). This way avoids illegally disarming the alarm through the reset function.

In the above embodiment, the electronic monitor further includes a separately arranged signal relay module, and the signal relay module includes a third main control module, a third power supply module, and a wireless transceiver module. The signal relay module helps to increase the coverage, making the signal transmission more stable or when the monitored terminal 2 and the monitoring terminal 1 are outdoors, and when indoors, the spaced walls may hinder signal transmission or range setting, in the signal Following the module can solve this problem. The signal relay module is connected to the third power supply module. The signal relay module is a prior art and can transmit signals in one direction or two directions, for example, a repeater applied to a wireless router.

Further, the number of the signal relay modules may exceed one.

In the above embodiment, the monitoring terminal 2 is further provided with a positioning module, and the positioning module is connected with the second main control module, and the positioning module transmits the position information of the monitored terminal 2 to the second main control module, and the second main control module The received location information is processed and sent to the monitoring terminal 1 through the wireless transceiver module, so that the monitoring terminal 1 clears the location of the monitored terminal 2.

Further, the positioning module can be positioned by GPS, Wifi, base station or gravity sensing.

In the above embodiment, the monitoring terminal 1 is further provided with a positioning module. In the case of two-way communication, the monitored terminal 2 can also receive the location information of the monitoring terminal 1. After the signal is lost, the monitor 1 can be found based on the latest location information.

In the above embodiment, the second terminal module, the display module and the electronic compass are further disposed in the monitored terminal 2, and the display module and the electronic compass are both connected to the second main control module. When the electronic monitor of the present invention is used in outdoor activities, the monitored terminal 2 is lost in the field, and the electronic compass cooperates with the display module to indicate the direction of the monitored terminal 2.

In the above embodiment, the monitor terminal 1 is further provided with a display module and an electronic compass.

In the above embodiment, the monitoring terminal 1 is further provided with a display module, an electronic compass and a radio direction finding module, and the electronic compass, the display module and the radio direction finding module are all connected with the first main control module 12. When the signal of the monitored terminal 2 is lost, the radio direction finding module can obtain the direction information of the signal of the recently received monitored terminal 2, and the indication is made on the display by the first main control module 12, and the electronic compass can be used faster. Make sure to find the direction of the monitored terminal 2. Radio direction finding technology is an existing detection technology.

In the above embodiment, the electronic monitor further includes a separately set tracking monitoring module, and the tracking monitoring module includes a radio direction finding module, a camera module, a fourth power supply module, and a fourth main control module; a radio direction finding module, a camera module, and a fourth The power supply module is connected to the fourth main control module to facilitate determining the direction of the monitored terminal 2.

Further, the camera module is a surveillance camera device. The fourth main control module receives the signal of the monitored terminal 2 through the radio direction finding module, determines the direction of the child, and then controls the camera module to perform autofocus tracking photographing and recording. It is convenient for the guardian who is indoors to keep an eye on the movement of the child playing outside through the camera device. It should be emphasized that the fourth main control module may be an independent main control module different from the first main control module 12, or may be the first main control module 12. When the fourth main control module is the first main control module 12, the radio direction finding module, the camera module, the fourth power supply module and the first main control module 12 are connected. For the same reason, the fourth power supply module may be an independent power supply module different from the first power supply module 14 or a first power supply module 14 . Similarly, when the signal relay module is provided, the fourth main control module may also be the third main control module, and the fourth power supply module may also be the third power supply module.

Further, the number of the tracking monitoring modules may exceed one.

In the above embodiment, the sensing terminal 2 is provided with a sensing module. In an implementation manner, if the second alarm module is disposed in the monitored terminal 2, the sensing module is connected to the second alarm module. By setting the sensing module, when there is damage to the monitored terminal 2 or the portable body (such as pulling the portable body, etc.), the second alarm module performs an alarm reminder. The embodiment may further be that when the second main control module is disposed in the monitored terminal 2, the sensing module is connected to the second main control module, and when the damaged monitored terminal 2 or the portable body is damaged, the second The main control module controls the alarm module to perform an alarm reminder or send a wireless signal to cause the first alarm module 13 of the monitoring terminal 1 to perform an alarm, thereby reminding the monitoring terminal 1 to be damaged by the monitoring terminal 2, or to control the defense module of the monitored terminal 2 to start.

Further, the monitored end 2 is a wearing body, and a conductor is disposed in the belt body of the wearing body, and the conductor is connected to the second main control module.

Further, the monitored end 2 is a wearing body, and a conductor is disposed in the belt body of the wearing body, and the conductor is connected to the sensing module in the monitored terminal 2. The wearing body is connected to the sensing module through the conductor, and when the damaged terminal 2 is worn or the body is worn (such as pulling or cutting the portable body), the second alarm module performs an alarm reminder.

Further, the monitored terminal 2 also sends a wireless signal to cause the first alarm module 13 of the monitoring terminal 1 to make an alarm, thereby reminding the monitoring terminal 1 that the monitored terminal 2 or the wearing body is damaged.

In the above embodiment, the sensing module may be a pressure detecting module, a tension detecting module, a current detecting module, a logic circuit, a relay, a contactor or a wear detecting module.

In the above embodiment, the pressure detecting module may be a pressure sensor.

In the above embodiment, the tension detecting module may be a tension sensor.

In the above embodiment, the current detecting module may be a current detecting circuit.

When the sensing module is a tension detecting module, the tension detecting module is connected with the belt body of the wearing body to detect the tensile force of the belt body.

In the above embodiment, the logic circuit can be implemented by a relay, a contactor, an AND gate, an OR gate, a NOT gate, a NOR gate, an XOR gate, a NAND gate or a NOR gate.

Here is a specific implementation example: taking the wearing body watch as an example, the strap is provided with a wire. When the strap is pulled, the sensor detects the pulling force or the wire is deformed to change the voltage, current or resistance.

Further, if the watch strap uses a conventional buckle, the wires are respectively connected to the buckle and the buckle hole ring, and the buckle and the buckle hole ring are conductors or contain conductors or wires. When the buckle is fastened, the wires follow The buckled straps are joined together in the form of a closed circuit. The application method can be to detect the voltage, current or resistance, and activate the alarm when the buckle is illegally unlocked.

Further, the wires have different resistance values corresponding to different lengths, that is, the voltages, currents, or resistances of the circuits are not equal due to different lengths of the wires in the closed circuit when the buckles are in different buckle holes. The hole strap is buckled and the closed circuit is formed. After the system is started, the main control module of the wearing body records the current voltage, current or resistance value. When the voltage, current or resistance changes, the alarm is activated. It can be used to prevent the illegal increase of the strap radius by changing the buckle hole, etc., and remove the watch from the child's hand when the current is not energized.

Still further, each of the buttonhole rings has a different resistance to increase the voltage, current or resistance difference between the buckles and the different buttonholes.

Further, the watch is further provided with a second strap. After the first strap buckle, the second strap can be attached to the outer surface of the first strap and fixed, and the second strap form A closed circuit that initiates an alarm when the voltage, current, or resistance of the circuit changes. It can also be used in conjunction with the closed circuit protection measures of the buckle to enhance the prevention of illegal removal of the watch.

Further, the second strap can be fixed by a button, a buckle or a Velcro.

The above embodiment can be applied to other types of wearing bodies in addition to being applicable to watches.

In the above embodiment, the wear detecting module is configured to detect the wearing condition of the wearing body (preventing the guarded end 2 in the work being privately released by the guardian or being illegally released by another person). An embodiment may be that a sensor is provided at a position in contact with the surface of the wearer (or object) when the wearer body (or the monitor end 2) is worn, and the wear condition is detected by the sensor. If the working body (or the monitored terminal 2) is illegally released, an alarm will be activated to remind the guardian. The wear detection module can also be disposed on the buckle, strap or bracelet of the wearing body.

Further, the sensor of the wear detecting module may be a pressing sensing module, a capacitive touch sensing module, a temperature detecting module, a magnetic sensing module, a distance detecting module, a conductive connecting member or a tension sensor. Capacitive touch sensing modules are prior art. The following is a specific implementation example:

Further, the press sensing module can be a switch or button that is pressed when worn. The wearing condition of the wearing body is judged by detecting whether the switch or the button is pressed.

Further, the temperature detecting module can be applied to determine the wearing condition by detecting the temperature when the wearing body (or the monitored end 2) is applied to the living body or the object that radiates heat by itself.

Further, the magnetic sensing module can be disposed at the monitored end 2 or in addition to a position that can be placed in contact with the surface of the human skin or other wearer (or object) when the wearing body (or the monitored end 2) is worn. Wear the inside or outside surface of the body. Embodiments may be such that there is an obstruction (or covering) between the outer surface of the wearer (or article) and the wearing body (or the monitored end 2), such as the wearer's clothing, placing a magnetic object on the inner surface of the garment, When the body is worn (or is being monitored by the monitoring terminal 2), the magnetic object can be detected by the magnetic detecting module, thereby judging the wearing condition. If the monitored end 2 is applied to an object, a magnetic object can also be placed inside the object. As long as the wearer body (or the omnipotent end 2) is released, the magnet will not be carried away with the adhesive.

Further, the distance detecting module can employ a low power radar. When the wearing body (or the monitored end 2) is worn, it is in contact with the wearer (without distance), and the distance detecting module determines the wearing condition by detecting the distance (space).

Further, the wear detecting module may adopt a conductive connecting member, and the connecting member (such as the buckle of the watch strap) disposed on the wearing body is a conductor or is provided with a conductor, and when the connecting member is connected (such as with a buckle), the circuit In the closed state, the disengagement is broken. The wear condition can be judged by detecting an electrical signal.

Further, a tension sensor is disposed in the wearing body (or the monitored end 2), and the tension sensor is connected with a belt or a wristband of the wearing body, and the belt or the wristband can be designed to be force-retractable, or pass with a belt or a bracelet. A force-retractable component is connected to the tension sensor. When the body (or the omnipotent end 2) is worn, the tension sensor will detect the tension signal because the belt, the bracelet or the force-retractable member is stretched. When the tension is not applied or is significantly weakened, the body can be judged to be worn. Was removed.

In the above embodiment, when the second main control module is disposed in the monitored terminal 2, the sensing module is connected to the second main control module. By setting the sensing module, when the damaged terminal 2 or the portable body is damaged, the second main control module control signal transmitting module (or wireless transceiver module) sends a signal to remind the monitoring terminal 1 that the monitoring terminal 2 or the portable body is damaged. .

Further, if the second alarm module is provided, the second main control module further controls the second alarm module to perform an alarm reminder.

In the above embodiment, the sensor terminal 2 is provided with a sensing module, and is connected to the portable body for detecting an external force received by the portable body.

Further, the sensing module in the monitored terminal 2 is disposed on the portable body for detecting an external force received by the portable body.

In the above embodiment, the monitoring terminal 1 is provided with a sensing module, and the sensing module is connected to the first main control module 12. By setting the sensing module, when the damage of the monitoring terminal 1 occurs, the first main control module 12 controls The first alarm module 13 performs an alarm reminder.

In the above embodiment, the monitored terminal 2 is provided with a current detecting module, and the current detecting module is connected to the second alarm module. The current through the wire is detected by the current detecting module, and when the damaged terminal 2 or the portable body is damaged, the second alarm module performs an alarm reminder.

Further, the monitored terminal 2 also sends a wireless signal to cause the first alarm module 13 of the monitoring terminal 1 to make an alarm, thereby reminding the monitoring terminal 1 that the monitoring terminal 2 or the portable body is damaged.

In the above embodiment, when the second main control module is disposed in the monitored terminal 2, the current detecting module is connected to the second main control module. The current detecting module detects the current passing through the wire, and when the damage of the monitored terminal 2 or the portable body occurs, the second main control module also controls the signal transmitting module (or the wireless transceiver module) to send a wireless signal to make the monitoring terminal 1 An alarm module 13 performs an alarm to alert the monitoring terminal 1 that the terminal 2 or the portable body is damaged.

Further, the second main control module can control the second alarm module to perform an alarm reminder.

In the above embodiment, the monitoring terminal 1 is provided with a current detecting module, and the current detecting module is connected to the first main control module 12, and by setting a current detecting module, when the human-induced damage monitoring terminal 1 appears, the first main control module 12 controls the first An alarm module 13 performs a reminder.

In the above embodiment, the monitored terminal 2 is provided with a logic circuit, and the logic circuit is connected to the second alarm module. By setting the logic circuit, the logic circuit controls the operation of the second alarm module when a situation occurs in which the monitored terminal 2 or the portable body is damaged.

Further, the logic circuit can be implemented by a relay, a contactor, an AND gate, an OR gate, a NOT gate, a NOR gate, an XOR gate, a NAND gate or a NOR gate, and the like.

In the above embodiment, the monitoring terminal 1 is provided with a logic circuit, and the logic circuit is connected to the first alarm module. By setting the logic circuit, the logic circuit controls the operation of the first alarm module when a situation in which the monitor terminal 1 is damaged occurs.

In the above embodiment, the relay terminal 2 is provided with a relay, and the relay is connected to the second alarm module. By setting the relay, the relay operates the second alarm module when a situation occurs in which the monitored terminal 2 or the portable body is damaged.

In the above embodiment, the relay terminal 1 is provided with a relay, and the relay is connected with the first alarm module. By setting a relay, when the human terminal damages the monitoring terminal 1, the relay causes the first alarm module 13 to remind.

The embodiment may also be that when the timing module is set in the monitoring terminal 1 or the monitored terminal 2, it is prevented that the sensing module is accidentally triggered and the alarm is falsely activated (for example, the pulling behavior of the child during play), and can be set to be transmitted. When the sensor module detects that the signal of the monitoring terminal 1 or the monitored terminal 2 is damaged, the alarm is not immediately performed, but the signal of the damaged monitoring terminal 1 or the monitoring terminal 2 is detected continuously or repeatedly for a certain length of time. Start the alarm.

In the above embodiment, the voice monitoring module and the voice processing module are further disposed in the monitored terminal 2, and the voice processing module is connected to the second main control module, and the voice signal is input through the voice input module, and the voice processing module performs the received voice signal. After processing, the second main control module transmits a wireless signal according to the received voice signal control signal transmitting module 21. If the monitored terminal 2 has a storage function, the recording command can be pre-stored, and the user can issue a command to the monitored terminal 2 through the voice input module and the voice processing module, thereby making the device easier to use.

In the above embodiment, the monitoring terminal 1 is further provided with a voice input module and a voice processing module, and the voice processing module is connected to the first main control module 12. The voice signal is input through the voice input module, and the voice processing module processes the received voice signal and transmits the voice signal to the first main control module 12 for corresponding operations. If the monitoring terminal 1 has a storage function, the recording command can be stored in advance, and the user can issue a command to the monitoring terminal 1 through the voice input module and the voice processing module, thereby making the device easier to use.

In the above embodiment, in order to prevent the electronic monitor of the present invention from being illegally unprotected (for example, illegally changing the power of the signal transmitting module, thereby changing the preset protection range), the monitored terminal 2 is provided with a password protection module, a password protection module and a The two main control modules are connected. The password protection method can adopt the manual password input mode, and the voice password input method can be adopted, or the IC card and the card reader can be used together to obtain the password release manner, and the fingerprint recognition method can also be adopted.

In the above embodiment, the portable body is further provided with a password protection module to prevent illegal release. The password protection method can adopt the manual password input mode, and the voice password input method can be adopted, or the IC card and the card reader can be used together to obtain the password release manner, and the fingerprint recognition method can also be adopted.

In the above embodiment, the password end protection module 1 is further provided with a password protection module, and the password protection module is connected to the first main control module 12. The password protection method can adopt the manual password input mode, and the voice password input method can be adopted, or the IC card and the card reader can be used together to obtain the password release manner, and the fingerprint recognition method can also be adopted.

In the above embodiment, in order to help the user to deal with the infringement of the lawless elements, the monitored terminal 2 is provided with an anti-theft module and an anti-theft module driving circuit, and the anti-theft module is connected to the second main control module or the sensing module through the anti-theft module driving circuit.

Further, the anti-theft module and the anti-theft module driving circuit adopt a dyeing module and a dyeing module driving circuit, an irritating spray module and an irritating spray module driving circuit, a shock module (voltage and current must be within the legal permission range), and a shock module driving circuit or The glare light module and the glare light module drive circuit. Dyeing modules, irritating sprays, shock modules and glare-light modules (such as glare flashlights) are an existing form of safety precaution. The above modules are to be allowed by law. The dyeing module is an existing safety protection device. Its basic function is to release colored smoke and sol or liquid after adding an electric signal to its trigger end, and dye the surrounding people or objects (to facilitate the pursuit of prisoners). , ward, or warded items, thereby protecting people, pets, or articles in a non-violent manner. The following takes the dyeing module and the dyeing module driving circuit as examples, and enumerates some specific implementation examples:

If the pressure detecting module is disposed in the monitored end 2, the dyeing module is connected to the pressure detecting module through the dyeing module driving circuit. When the danger occurs, the monitored terminal 2 or the portable body is subjected to pressure, and the pressure detecting module activates the dyeing module through the dyeing module driving circuit.

If the tension detecting module is disposed in the monitored end 2, the dyeing module is connected to the tension detecting module through the dyeing module driving circuit, and when the danger occurs, the monitored end 2 or the portable body is subjected to the pulling force, and the pulling detecting module starts the dyeing through the dyeing module driving circuit. Module.

If the current detecting module is disposed in the monitored terminal 2, the driving circuit of the dyeing module is connected to the current detecting module, and when the current in the monitored terminal 2 is abnormal (for example, destroying the power or cutting, pulling the strap of the portable body, the wire), The current detection module activates the dye module through the dye module drive circuit.

If a logic circuit is provided in the monitored terminal 2, the dyeing module is connected to the logic circuit through the dyeing module driving circuit. By setting the logic circuit, when a situation occurs in which the monitored terminal 2 or the portable body is damaged, the logic circuit activates the dyeing module through the dyeing module driving circuit.

If a relay is provided in the monitored terminal 2, the dyeing module is connected to the relay through the dyeing module driving circuit. By setting the relay, when the damage of the monitored terminal 2 or the portable body occurs, the relay activates the dyeing module through the dyeing module driving circuit.

The embodiment may also be that when the second main control module is disposed in the monitored terminal 2, the dyeing module is connected to the second main control module through the dyeing module driving circuit. When a hazard occurs, the second main control module receives a corresponding signal, and the dyeing module drive circuit drives the dyeing module to release the colored smoke and the sol or liquid.

The signals received by the second main control module include:

If both the monitored terminal 2 and the monitoring terminal 1 adopt a wireless transceiver module, the second main control module determines, according to the received wireless signal, whether the monitored terminal 2 is within a preset area (range), if not in the preset area, The second main control module starts the dyeing module through the dyeing module driving circuit. The embodiment may also be: setting two or more preset ranges, and when the monitored terminal 2 exceeds the first range, the dyeing module will not be activated. When the monitored terminal 2 continues to move away from the second range or some other range, the second master module starts the dyeing module. The embodiment may also be that the monitoring terminal 1 issues a command to the monitored 1 by a wireless signal to start the dyeing module.

If both the monitored terminal 2 and the monitoring terminal 1 adopt a wireless transceiver module, and the timing module is set in the monitored terminal 2, the monitored terminal 2 leaves the preset area to start timing, and the monitored terminal 2 does not return within a limited time. In the preset area, the second main control module starts the dyeing module. The embodiment may also be that the prevention of the sensor module is accidentally triggered and the dyeing module is accidentally triggered (for example, the pulling behavior of the child during play), and may be set to not immediately when the sensing module detects the signal of the damaged terminal 2 is detected. The dyeing module is started, and the signal of the damaged terminal 2 is detected continuously or repeatedly for a preset length of time to start the dyeing module.

If the pressure detecting module is disposed in the monitored terminal 2, when the danger occurs, the pressure detecting module transmits a pressure signal applied to the monitored terminal 2 or the portable body to the second main control module, and the second main control module receives the received After the pressure signal is processed, the dye module is activated by the dye module drive circuit.

If the tension detecting module is disposed in the monitored end 2, the tension detecting module transmits a pulling force signal applied to the monitored end 2 or the portable body to the second main control module, and the second main control module processes the received pulling force signal. The dyeing module is activated by the dye module driving circuit.

If the current detecting module connected to the second main control module is disposed in the monitored terminal 2, when the current in the monitored terminal 2 is abnormal (for example, destroying the power supply or cutting, pulling the strap of the wearing body, the wire), the current detecting module The detected current signal is transmitted to the second main control module, and after the second main control module processes the received current signal, the dyeing module is started by the dyeing module driving circuit.

In the above embodiment, when the dyeing module of the monitored terminal 2 is activated or started, the monitored terminal 2 sends a wireless signal to inform the monitoring terminal 1 that the dyeing module of the monitored terminal 2 has been activated.

In the above embodiment, the monitoring terminal 1 is further provided with an anti-theft module and an anti-theft module driving circuit, and the anti-theft module is connected to the first main control module 12 or the sensing module through the anti-theft module driving circuit.

In the above embodiment, when the present invention is applied to a situation such as picking up a child or a tour guide group in a school or a custody center, a card punching module is disposed in the monitored terminal 2, and a recording module, a punching module, and a recording are disposed in the monitoring terminal 1. The module cooperates to realize the punching and recording function of the group members in the kindergarten children or tour groups. The punching module can be contacted or contactless. In order to make it easier to record whether the ward has arrived, etc., it is also possible to avoid the problem of error-prone manual recording.

In the above embodiment, the camera terminal 2 is further provided with a camera module, and the camera module is connected to the second master module. The implementation may be that when the monitored terminal 2 is in a dangerous situation (for example, the monitored terminal 2 leaves the preset range, the sensing module detects that the monitored terminal 2 or the portable body is damaged, the password protection module inputs an incorrect password, an alarm module, or When the active alarm module is activated, the power is forcibly turned off, etc., the second main control module controls the camera module to take a picture or video. In order to quickly get rid of the Guardian 2 to escape, there is a certain probability to capture the required clues. In an embodiment, the second main control module sends the photograph taken to the guardian (monitor 1) through the signal transmitting module, the wireless transceiver module, the sim card and the network module or the wireless network.

Further, a flash is also disposed in the monitored terminal 2 for use with the camera module.

Further, the camera module is a miniature camera.

In the foregoing embodiment, one or more expansion modules may be further disposed in the signal relay module, and the expansion module includes a sensing module, a SIM card module, a wireless network module, a camera module, a password protection module, a filter, or an alarm module. The expansion module is connected to the third main control module. When the sensing module is provided, one or more anti-theft modules and anti-theft module driving circuits may be further provided, and the anti-theft module and the anti-theft module driving circuit include a dyeing module and a dyeing module driving circuit, an irritating spray module and an irritating spray module. The driving circuit, the electric shock module and the electric shock module driving circuit or the glare flashing light module and the glare flashing light module driving circuit, and the anti-theft module is connected with the third main control module or the sensing module through the anti-theft module driving circuit module. By setting the expansion module, the anti-theft module and the anti-theft module drive circuit, the signal relay module can have functions such as monitoring, alarming, anti-theft, etc. The implementation examples of the expansion module, the anti-theft module and the anti-theft module driving circuit have been mentioned above, and are no longer here. Detailed one by one.

In the foregoing embodiment, when the wireless transceiver module is disposed in the tracking monitoring module, one or more expansion modules may be further disposed, and the expansion module includes a sensing module, a sim card module, a wireless network module, a password protection module, and a filter. Or an alarm module, the expansion module is connected to the fourth main control module. When the sensing module is provided, one or more anti-theft modules and anti-theft module driving circuits may be further provided, and the anti-theft module and the anti-theft module driving circuit include a dyeing module and a dyeing module driving circuit, an irritating spray module and an irritating spray module. The driving circuit, the electric shock module and the electric shock module driving circuit or the glare flashing light module and the glare flashing light module driving circuit are connected to the fourth main control module or the sensing module through the anti-theft module driving circuit. By setting the expansion module, the anti-theft module and the anti-theft module drive circuit, the tracking monitoring module can have functions such as monitoring, alarming, anti-theft, etc. The implementation examples of the expansion module, the anti-theft module and the anti-theft module driving circuit have been mentioned above, and are no longer used here. A detailed description.

In the above embodiment, the wireless charging module is disposed in the monitoring terminal 1 or the monitoring terminal 2. If the monitoring terminal 1 or the monitored terminal 2 uses a rechargeable battery as the power supply module, it can be charged by wireless charging, which makes charging more convenient. Wireless charging is a prior art.

In the above embodiment, the monitored end 2 is further provided with a motion counter module, which can calculate the amount of motion of the user.

In the above embodiment, when the monitoring end 1 is a portable body, the monitoring end 1 is further provided with a motion counter module, which can calculate the amount of motion of the user.

In the above embodiment, the monitored end 2 may be waterproof to meet conditions such as wetness, rain, swimming, and the like.

In the above embodiment, the monitoring end 1 may be waterproof design to meet conditions such as humidity, rain, swimming, and the like.

The invention provides a signal processing and control method for an electronic monitor, the steps comprising:

The monitoring terminal 1 acquires a signal from the monitored terminal 2;

The monitoring terminal 1 determines whether the monitored terminal 2 is in a preset area (range) according to the received signal condition; a preferred scheme of signal processing: the strength of the signal received by the monitoring terminal 1 by receiving the monitored terminal 2 or whether it is received or not The signal is used to determine whether the monitored terminal 2 is within a preset range. For example, when a threshold value indicating that the signal strength is set to -90 dBm is set, when the received signal is weaker than the threshold value, the first alarm module 13 is activated.

When it is determined that the monitored terminal 2 is not within the preset range, the first alarm module 13 is activated;

Further, it is a normal phenomenon that the signal is occasionally affected by environmental interference, and the timing module can be set to be within a certain time interval, and the signal received by the monitoring terminal 1 is continuously weaker than the preset threshold or continuously received. The signal, which in turn activates the alarm module. Avoid false positives due to occasional environmental disturbances.

Further, the monitored terminal 2 changes the preset range size by adjusting the signal transmission power.

Further, an cryptographic module is disposed in the monitored terminal 2, and a decryption module is disposed in the monitoring terminal 1, and the signal is encrypted to prevent the simulated operation of the electronic monitor from being interfered by another person.

Further, when there are two or more monitored terminals 2, the monitored terminal 2 facilitates the monitoring terminal 1 to determine which of the monitored terminals 2 the signal is from by transmitting a signal with its own ID code.

Further, when the two-way communication is adopted, the monitored terminal 2 can also monitor the monitoring terminal 1.

With reference to the second aspect, the embodiment of the present invention provides another implementation manner: when it is determined that the monitored terminal 2 is not within the preset range or receives the signal of the monitored terminal, the first alarm module 13 does not start; When it is judged that the monitored terminal 2 enters the preset range or receives the signal of the monitored terminal 2, the alarm module 13 is activated. Application example: When the guardian picks up the child at the school gate, it is not easy to find the child when there are many people around. This embodiment can remind the guardian that the child is nearby (has entered the preset range or communication range).

Further, the reminder is used to remind the user that the distance between the monitor 1 and the monitored terminal 2 is getting closer or further away.

In combination with the second aspect, a possible implementation is also:

Two or more monitoring terminals 1 simultaneously monitor the monitored terminal 2. In this case, the monitoring terminals 1 communicate with each other through a wireless transceiver module, a sim card, and a network module or a wireless network module. The first alarm module 13 does not start as long as it is determined that the monitored terminal 2 is within a preset range of at least one of the monitoring terminals.

On the other hand, the embodiment of the present invention provides another signal processing and control method for the electronic monitor. If the monitoring terminal 2 searches for the monitoring terminal 2, the reminder is issued when the monitored terminal 2 reaches the communication range of the monitoring terminal 1. It is also possible to issue different reminding methods through the alarm module to prompt the distance between the monitoring terminal and the monitored terminal to be closer or closer.

Embodiments may be: a method of controlling an electronic monitor, comprising:

The monitoring terminal 1 acquires a signal from the monitored terminal 2;

The force sensing condition or the electrical signal of the monitored terminal 2 is detected by setting the sensing module;

Judging whether the monitored terminal 2 is damaged or illegally released according to the force condition or the electric signal;

Further, the monitored terminal 2 takes the form of a wearable body.

Further, the dyeing module can be replaced with a camera module.

Further, the dyeing module can be replaced with a shock module.

Determine whether the monitored terminal is in a dangerous situation;

Whether the dangerous situation is based on whether the ward 2 has left the preset range or whether the ward is damaged or illegally released;

If it is judged that the monitored terminal 2 is in a dangerous state, the dyeing module is started.

Further, the monitored terminal 2 takes the form of a wearable body.

Further, the dyeing module can be replaced with a camera module.

Further, the dyeing module can be replaced with a shock module.

3 is an illustration of a wearable body including a current sensing module. The current detecting module is electrically connected to the conductor and the main control module, respectively.

4 is an exemplary diagram of a wearable body including a tension detecting module. The tension detecting module is coupled to the belt body to detect a tensile force applied to the belt body, and the tension detecting module is further electrically connected to the main control module.

Figure 10 is an illustration of a wearable body including a shock module.

Figure 11 is another illustration of a wearable body including a shock module.

The invention has wide application and can be applied to the monitoring of the child by the adult, and can be applied to the monitoring of the pet, and can be applied in the situation of preventing the item from being lost and the item being searched, and can be applied in the situation that the collective travel prevents the person from being left behind, and Can be applied to reminders in the event that people leave the safe area.

The above is only a specific embodiment of the present invention, but the scope of protection of the present invention is not limited thereto, and those skilled in the art can derive other various forms of products under the suggestion of the present invention, regardless of their shape or Any change in the structure, any technical solution having the same or similar to the present application falls within the protection scope of the present invention.

Claims

An electronic monitor, comprising: a monitoring end and at least one monitored end, wherein the monitored end is disposed on a portable body;

The monitoring terminal includes a signal receiving module, a first main control module and a first alarm module, and the signal receiving module and the first alarm module are electrically connected to the first main control module;

The monitored terminal includes a signal transmitting module; the monitoring terminal and the monitored terminal wirelessly communicate through the signal receiving module and the signal transmitting module.
An electronic monitor according to claim 1, wherein said portable body is a wearable body, a fixing strap, a card or a buckle.
An electronic monitor according to claim 1, wherein said main control module uses a single chip microcomputer, a PLC or a logic circuit.
An electronic monitor according to claim 1 wherein the power of said signal transmitting module is adjustable.
An electronic monitor according to claim 1, wherein a second main control module is disposed in said monitored terminal.
The electronic monitor according to claim 5, wherein the monitored end is a wearing body, and a conductor is disposed in the body of the wearing body, and the conductor is connected to the second main control module.
An electronic monitor according to claim 1 or 4, wherein said signal transmitting module and said signal receiving module each employ a wireless transceiver module.
An electronic monitor according to claim 7, wherein the power of said wireless transceiver module is adjustable.
The electronic monitor according to claim 1 or 4 or 7, wherein the signal transmitting module, the signal receiving module and the wireless transceiver module are all in the form of a Bluetooth module or a Wifi module.
The electronic monitor of claim 5, wherein the monitored terminal is provided with a sensing module.

An electronic monitor according to claim 10, wherein said sensing module is electrically coupled to said second main control module.
An electronic monitor according to claim 10, wherein said sensing module is electrically coupled to said second alarm module.
An electronic monitor according to claim 10, wherein said monitored end is a wearing body, a body and a sensor for wearing the body, and a conductor

Connected to the sensing module in the monitored terminal.
The electronic monitor according to claim 10, wherein the sensing module comprises a pressure detecting module, a tension detecting module, a current detecting module, a logic circuit, a relay, a contactor or a wear detecting module.
The electronic monitor according to claim 1, wherein the monitored terminal is provided with an anti-theft module and an anti-theft module driving circuit.
An electronic monitor according to claim 10, wherein said anti-theft module and the anti-theft module driving circuit employ a dyeing module and a dyeing module driving circuit, an irritating spray module and an irritating spray module driving circuit, and an electric shock module. The electric shock module drive circuit or the glare light module and the glare light module drive circuit.
The electronic monitor according to claim 5, wherein the monitored terminal is further provided with a camera module, and the camera module is electrically connected to the second master module.
An electronic monitor according to claim 1, wherein a card punching module is further disposed in the monitored terminal, and a recording module is disposed in the monitoring terminal.
A signal processing and control method for an electronic monitor, comprising:

The monitoring terminal acquires a signal from the monitored terminal;

The monitoring terminal determines whether the monitored terminal is in a preset area or range according to the received signal condition;

When it is judged that the monitored terminal is not within the preset range, the first alarm module is activated.
The signal processing and control method for an electronic monitor according to claim 18, wherein when it is determined that the monitored terminal is not within the preset range, the timing is started, and the monitored terminal is not determined to be in advance for a certain period of time. When the range is set, the first alarm module is activated.
A signal processing and control method for an electronic monitor according to claim 18, wherein the monitored terminal changes the preset range by adjusting the signal transmission power.
The signal processing and control method for an electronic monitor according to claim 18, wherein when the plurality of monitoring terminals monitor the monitored terminal, the monitored terminal is within a preset range of the at least one monitoring terminal. The first alarm module will not start.
A signal processing and control method for an electronic monitor, comprising:

The monitoring terminal 1 acquires a signal from the monitored terminal 2;

The monitoring terminal 1 determines whether the monitored terminal 2 is near the monitoring end according to the condition of receiving the signal;

When it is judged that the monitored terminal is near the monitoring end, the first alarm module is started.
A signal processing and control method for an electronic monitor, characterized in that, after the monitored terminal 2 establishes communication with the monitoring terminal 1, the first alarm module reminds the user of the monitoring terminal 1 and the monitored terminal 2 by different reminding manners. The distance is getting closer or closer.
A signal processing and control method for an electronic monitor, characterized in that the monitoring end records the pedestal terminal that has arrived at the side by means of punching and recording.
A signal processing and control method for an electronic monitor, comprising:

The preset protection range is changed by adjusting the power of the signal transmitting module or the wireless transceiver module to change the effective transmission distance or signal strength.
A signal processing and control method for an electronic monitor, comprising:

Detecting the force condition or electrical signal of the monitored terminal by setting the sensing module;

Judging whether the guarded end is damaged or illegally released according to the force situation or electrical signal;

When the judging module judges YES, the alarm module is activated or the guardian is notified by sending a wireless signal or the dyeing module is started.
A signal processing and control method for an electronic monitor according to claim 26, wherein said monitored terminal is in the form of a wearable body.
A signal processing control method for an electronic monitor according to claim 26, wherein said coloring module is replaceable by a camera module.
A signal processing control method for an electronic monitor according to claim 26, wherein said dyeing module can be replaced with a shock module.
A signal processing and control method for an electronic monitor, comprising:

Determine whether the monitored terminal is in a dangerous situation;

Whether the dangerous situation is based on whether the ward is leaving the preset range or whether the ward is damaged or illegally released;

If it is judged that the monitored terminal is in a dangerous situation, start the dyeing module.
A signal processing and control method for an electronic monitor according to claim 30, wherein said monitored terminal is in the form of a wearable body.
A signal processing and control method for an electronic monitor according to claim 30, said dyeing module being replaceable by a camera module.
A method of signal processing and control of an electronic monitor according to claim 30, said dyeing module being replaceable by a shock module.